Mathematics Packages
-
Lists.jl4Singly linked list and doubly linked list for Julia.
-
LiftedHierarchies.jl3Hierarchical relaxations for mixed-integer optimization (Lasserre, Sherali-Adams, etc.)
-
IFastSum.jl2Accurate summation (Yuhang Zhao's iFastSum)
-
HPFEM.jl1HP Finite elements in Julia
-
Blox.jl1Views of concatenated AbstractArrays in Julia
-
DiscreteInference.jl3A Julia Package for Inference over Discrete Graphical Models
-
CUFFT.jl8Wrapper for the CUDA FFT library
-
CUSOLVER.jl15-
-
Trie.jl0[deprecated] Implementation of the trie data structure.
-
PiecewiseInterpolation.jl1Interpolate data with known discontinuities
-
OpenSSLCrypto.jl3Julia interface to the crypto API of openssl
-
Stupid.jl2Analysis of an 8 bit version of the cipher at http://news.quelsolaar.com/#comments101
-
LMCLUS.jl1The Julia package for Linear Manifold Clustering
-
FingerTrees.jl1The persistent data structure Finger Tree in Julia
-
InvariantEnsembles.jl1Sample random unitary invariant ensembles
-
BlockCipherSelfStudy.jl1Https://www.schneier.com/paper-self-study.html
-
LinearExpressions.jl6Linear symbolic expressions for the Julia language
-
GraphicalModels.jl1Data structures and parsing tools for representing graphical models in Julia
-
Coin.jl6A (self-educational, incomplete, and likely incorrect) library for working with Bitcoin written in Julia
-
SFrames.jl8Wrapper around the open-source components of Graphlab
-
Entropy.jl2A set of functions to estimate entropy from discrete and continuous samples
-
CRF.jl11Conditional Random Fields in Julia
-
IDRsSolver.jl6++ incorporated into https://github.com/JuliaLang/IterativeSolvers.jl ++ Induced Dimension Reduction method IDR(s) for solving general non-symmetric linear equations using a Krylov method, for example ordinary linear equations or Sylvester and Stein equations.
-
FNVHash.jl0Fowler–Noll–Vo hash functions Julia package
-
NumericFunctors.jl13Math functions and functors for numerical computations
-
NumericFuns.jl13Math functions and functors for numerical computations
-
CHull2d.jl6Variety of algorithms for taking the convex hull of 2 dimensional sets of points
-
Simplices.jl1Compute exact simplex intersections in N dimensions.
-
Named.jl1Julia named index and named vector types
-
PermPlain.jl2Permutations of integers
-
IntsWithInfinty.jl1Ints augmented with Infinity
-
IntModN.jl7Ring(s) of Integers Modulo N; Polynomials; Factor Rings; etc.
-
BitCircuits.jl2Boolean circuit evaluation using bitwise operations.
-
FloatHigher.jl3Accurate floating point math at extended precisions
-
HigherPrecision.jl11High precision replacements for Float64
-
Ryu.jl10Julia implementation of https://github.com/ulfjack/ryu
-
DeepConvert.jl3Convenient literal expressions for large numbers
-
LargeColumns.jl4Handle large columns (vectors of equal length) with bits types in Julia using mmap.
-
ChunkedArrays.jl3ChunkedArrays.jl is a package for increasing the performance of arrays generated iteratively
-
HemirealNumbers.jl1Implementation of hemireal arithmetic for Julia
Loading more...